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A Consistent, Hybrid-Dynamical-System, Lumped-Parameter Model of Tire-Terrain Interactions
Pravesh Sanghvi, Harry Dankowicz
Mechanical Science and Engineering
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Dive into the research topics of 'A Consistent, Hybrid-Dynamical-System, Lumped-Parameter Model of Tire-Terrain Interactions'. Together they form a unique fingerprint.
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Keyphrases
Lumped Parameter Model
100%
Tire
100%
Hybrid Dynamical Systems
100%
Tire-terrain Interaction
100%
Internal State Variable
66%
Realistic Model
33%
Deformable
33%
Physical Model
33%
Radial Deformation
33%
Permanent Deformation
33%
Steady-state Conditions
33%
Contact Condition
33%
Lumped Parameter
33%
Normal Deformation
33%
Shear Failure
33%
Transient Interactions
33%
Deformable Terrain
33%
Compact Intervals
33%
Three-dimensional Contact
33%
Circumferential Deformation
33%
Tangential Deformation
33%
Contact Loss
33%
Engineering
Lumped Parameter
100%
Parameter Model
100%
Internal State Variable
100%
Transients
50%
Energetics
50%
Internals
50%
Physical Model
50%
Permanent Deformation
50%
Numerical Study
50%
Analytical Study
50%
State Condition
50%
Circumferential
50%
Slip Phase
50%
Contact Condition
50%
Shear Failure
50%
Compact Interval
50%
Stick Phase
50%